Life Sciences Products & Reviews

Enhanced specificity Cas9-NLS from Streptococcus pyogenes, expressed in Escherichia coli

1 x 96-well, includes magnetic capture beads, detection antibodies, vial of standards, two-level controls, diluent, buffers, streptavidin-PE, flat bottom plate, and plate seals, for the detection of 10 human apolipoproteins

Joystick or computer controlled motorized micromanipulator.

Motorized goniometers with built-in controllers.

Motorized filter wheels with built-in controllers and motor encoders.

Parallel grippers with built-in controllers and motor encoders.

GCxGC software

High-Performance Gas Flow Control for OEMs

Stain apoptotic corpses in the C. elegans gonad in live worms

Effectively track lipids inside C. elegans

Stain amphid sensory neurons in live C. elegans

Stain amphid sensory neurons in live C. elegans

Bead-based multiplexing of up to 500 analytes per sample.

INFINITY-EP: 1.3 MP USB Microscopy Camera

Low Bleed Performance for GC/MS

Reliable detection of cancer-associated mutations in 597 genes from liquid biopsy samples

Human 96-well version

The MILLIPLEX® MAP 384-well Human High Sensitivity T Cell Panel is part of the most versatile system available for cytokine research. From our single to multiplex biomarker solutions, we partner with you to design, develop, analytically validate and build the most comprehensive library available for protein detection and quantitation. This kit may be used for the analysis of all or any combination of the 384-well Human High…

Simultaneously analyze low levels of cytokine and chemokine biomarkers with the High Sensitivity Bead-Based Multiplex Assays using the Luminex technology, in mouse serum, plasma and cell culture samples. Analytes available: GM-CSF, IFNγ, IL-1α, IL-1β, IL-2, IL-4, IL-5, IL-6, IL-7, IL-10, IL-12 (p70), IL-13, IL-17A, KC/CXCL1, LIX, MCP-1, MIP-2, TNF-α Available as a configurable kit (pick your analytes - MHSTCMAG-70K) or 1…

Highest molecular sensitivity combined with excellent MRI contrast and resolution

xMAP® Technology uses color-coded microspheres to detect multiple protein or oligonucleotide analytes from a single aliquot of sample in a single reaction well, enabling you to generate more data while saving sample, time, and reagents. Depending on your targets and the application, there are five different microsphere types to select from to produce the best experimental results. MagPlex-TAG™ are oligonucleotide-coupled ma…

xMAP® Technology uses color-coded microspheres to detect multiple protein or oligonucleotide analytes from a single aliquot of sample in a single reaction well, enabling you to generate more data while saving sample, time, and reagents.  Depending on your targets and the application, there are five different microsphere types to select from to produce the best experimental results. MicroPlex® are carboxylated polystyrene mi…

xMAP® Technology uses color-coded microspheres to detect multiple analytes from a single aliquot of sample in a single reaction well, enabling you to generate more data while saving sample, time, and reagents.  Depending on your targets and the application, there are five different microsphere types to select from to produce the best experimental results. MagPlex-Avidin® are avidin-coupled magnetic polystyrene microspheres…

xMAP® Technology uses color-coded microspheres to detect multiple analytes from a single aliquot of sample in a single reaction well, enabling you to generate more data while saving sample, time, and reagents.  Depending on your targets and the application, there are five different microsphere types to select from to produce the best experimental results. SeroMAP™ are carboxylated polystyrene microspheres, which have been o…

Lab Leader makes software applications for experiment design in life science.